LOC114071786 cDNA ORF clone,

Gene
Clones
gRNAs

The following LOC114071786 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC114071786 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OWi75994	XM_027909642.1 Latest version!	Empidonax traillii interferon-induced very large GTPase 1-like (LOC114071786), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LOC114071786 ( XM_027909642.1 ) cDNA ORF clone, -> XP_027765443.1 Empidonax traillii interferon-induced very large GTPase 1-like (LOC114071786), mRNA.

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CloneID	OWi75994
Clone ID Related Accession (Same CDS sequence)	XM_027909642.1
Accession Version	XM_027909642.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5724bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-01-23
Organism	Empidonax traillii(willow flycatcher)
Product	interferon-induced very large GTPase 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020957475.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Empidonax traillii Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCCGCG CCCTCAGGGC TGCGTACAAA GCGCTGACGA ATCAGAGCGT CGGCACCACC 
TTTGGAGAGG AACTGGCCAG TGCAGTGGAA GAGGCCAGAG ATTTCATGCA GATTGTGAGG 
ACCTGGGAGG GGACGGTGGA TGAAAGGAAA CTGCTCATGC TGATGGATCT GAAACGGGAT 
CTGGGTGCAA AGACCAAGGA CCCCAGAGTC TGGATCAACA TGTGCCTGTC GGACAAAGCC 
CTGCAGGACC TCCTGGTGAA CACCGTGAGG AGTTGCCAGG AGTCACCTCC AGAAAACTCC 
ACCTCTGTCA AGGCAATCTT GGAGAGCCTC CTGCATCCTC ATATCTATTC TGTCAGGGAC 
TTCCCCGAGT CTTCCTTCGT TATGCAATGG ATCTTCCAGA CTGACCACAG GCTTCCCAAA 
ACTCCCAGGG TCTCTGAACT TGAAGAGCTC CTGCAGACAC TGCAGCAAAT GATGGAGCAC 
ATCCATGCTG TCACCTACGC AGCAGGAACC TCTGCTTCTG CCATCCAGGA AGCAAAGAGA 
GAAGCCACCC TGACCACAGG CCTCGCAATT TATTCCTTAC TCCGGTCTCT CCAGGACAGG 
GCTCAGAAGG ACATGGAACT CCTGCTGCTC TTAATTGCGA CCAGCACAGG GTACCAGGTG 
GAAAGTGGCA CTTTTCAGCA CCTCCTTGGC CACCCAGAAA TTCAGTACCT GGCAGAGGCA 
ATGGAGGTGG CACACAAGCA GTATGTGAAT CTGAAGGAGC AAGATGCTGA CAGAGCTGAG 
GCCTCCCTTC TGCTGACGGG TCTGACCGTC ACACCCCAAA GCAAAGAGCT GTCCCCGCAG 
CAGAAGACGG AGCGTTTAGT TTTCATGGAA GCTCACATGG AAGGCTTGTG GTCCACAGGG 
ATAAAGAATC TCCTCCAGAA GCACAGGGAG TGCAAAGACT GGGAGATGCT GGAGCGTGAC 
TTGAATTCCT TCATCAGTGG GAGCTTGGAG GAAATGGAGG ATGATGAGAG GATGCAGACC 
ATACTCAAAG ACATGGAAGA CACTTTCCAA ACAAGTGAGC CTTCCAGTCA GTCCCAATCC 
AAGTCAGGTG CCAGTGAACC CAAAGCAAAT GAAGCCGCTG CAAACCAAGA GTTCCTCCAG 
TTGCTCAAGC GCCTTGGACT AGAAAGTCAC TATCCAAGAA AAATGGGGAC GGGACATTTC 
CGCACCATCT GCAAGACATC TCTGCTCGAC AGCCAGCCCA GCGAGGACCA GGAACTGCCA 
CTTCACTTCT TGCAGAAGCT CTTAACCGTG GATTATCAGG TGAGGTACTT GACTTGCAGG 
GATGGGACTA ACCCAGGACT TGCCCCCGTG CCAGAAACCA CCGAGCAGGA GCACGAACCC 
TCAGACTCCT TTGAAAACTT TCTAAATGAT TTGGAGGAAG CAGCCCCTGA ACCTACAAGC 
AGGGACAGCC ACGTGCACCC CATGGACCTC CAGATGGCAA TTTTCCACTG TGCTGATGAC 
TTCTTGAGAC AGTCCATTGC AACCAAGCTC GCCTTCTGCC AACTGGCGCT GCCTCTGCTG 
GTGCCCACGC CGGGCACTGC CCAGGTCGAG TTCCCGCTCT GGGCCCTCAG CCACATCAAA 
AGGAGCTGGA AAGAGGTGGA GAAGTCGGGA CGGCAGCCCG GAATGCGCAG TTACAACAAC 
AAACTCATTC ACCAGGCAGA GACGCCCATC GTGTCCTTCA TCCGCATCGG CACCTCTGCC 
TCCTCTTCCA AGTCCCACCT CCTCAATGCT CTGCTGAGCA AACAAAGACA CAACACTTTT 
TTCCACCGCC ATTGCCGAGG CAGCACCAGA GAGTGTTTGC TGATGGCAGG TGTTGTGGAG 
ATCGCCTGGT ACTGTCCCCG GGGAAGCCCC GATGACACCT TTGAGCGCTG TGTGGCTTTC 
TGTAACCTGC ATGGAGACGC CAGGGATCAC GGAGCGCAGC TGCAGTTCCT GCAGGACATC 
TCTGCTGTGA ACGTGGCTCT TGTATCCGAG TCTGAGCACA AGGACAACAG AGGGAGAAAG 
CTGCTGCGTG ACCTGTGGCA GTCACAAAGG CCCCTGGTTT GTCTTCTCAC TGACAGAGAG 
AAGGTTGCAG CTGGACAATC CAGCAAAACC ATAACAATAG GGATCAAGAA CAGGAACGAA 
GCAGAAATGT TGGACGAGCT CACCAAAATA ATCAGGAATC TCCTGGAAGG GTCCAACCCA 
CGTTTCAGCC TGGACGCCTG CCTGGACAAA GCTCGCCAGC ACGGATTCTT GGTGGATGAA 
GATCGACCCG AGTGTGTGAC AGCCAAAGCA AAGGCAAAGG AGCTGGTGAC CCTTCTGAAG 
GAAGAGAAGC TGTCTGAGAT CAAATCCCAG CTCCTGCCTC TTCAAGGAAA ACTGTGGCAC 
CAGTGGTGCA AAAAGGACAA AGAACTCACT CGCTTGCAGG AGAAGGGGAA CAGGAGCATC 
GAGCACCATC GGAGCCAAAT TGAATTAGAC AAGGCAGCAA TAAGAAGAAA GCAACGAAAG 
CAAGCTTTCC CTCTCAATCG GCTGATGAAA CCATTCCTTG GCTTCCTCCA GTCACAGCCA 
GCAGATACCA AGAAATACTT CCTGCACTGG ATGAAGGTCT TCATGGATGA CCTGTCCTCT 
GGTCGCCTCT CTGATGAAAT CAATGATTCA TCCATTGGCC TGGAGCACCT TATGAGAGAG 
GTAGGGCAGA TCTATGAAGC TCTGGACTTA ATGAACTCAA AGAATGAAAA TGTTGTCAAA 
CTGCCCCAAA TGGCAGCAGA TCTGATGGTT TCGGGGTATC CCGTGGAGCT GTTGGATGGG 
GACGCTTCTT ACCTGCCCTT GCGCTGGGTG GGAGCAATCT TTGACAGCCT AATTGAGCAG 
CTGGGGGACA AACGAGTGTT TGTTCTCTCC GTGCTCGGCC TCCAGAGCAC AGGGAAGTCA 
ACCCTGCTGA ATGCCATGTT TGGGCTGCAG TTCAACGTCA GCGCGGGGAG ATGCACCCGC 
GGAGCGTTCA TGCAGCTCCT TCCACTGGAC GAGCAGCTGC AGCAGGACGT GGGCTTTGAT 
TATGTGCTGG TTGTTGACAC AGAGGGGCTT CGTGCCATAG AGATGGCCAA TAAACAGTCC 
CTGAATCACG ACAACGAGCT GGCCACCTTT GTCATCGGCA TCGGCAACGT GACCCTGATC 
AACATCTTCG GGGAAAATCC CTCGGAAATG CAGGACGTTC TTCAGATCGC CGTGCAGGCT 
TTCCTGAGGA TGAAGAAAGT GAATCTTTCC CCCAGCTGCC TCTTTGTCCA CCAAAACGTG 
GGAGAAGTTA CTGCCAAGGA GCAGAACATG GAAGGACAAA GACGTTTGCA GGAGAAGCTG 
GATGAAATGA CCCTGGCAGC TGCCCAGCAG GAATCCTGTG ACGTCTCCTC CTTCAGCGAC 
GTCATCCGCT TTGACGTGAA CACCCACATT CACTACTTTG CTCACCTGTG GGAAGGAAAC 
CCCCCAATGG CGCCACCCAA CCCCACCTAC AGCCACAACG TCCAGCAGCT CAAGAGCAAA 
GTTCTCCAGG CTGCCAAGGA GTCACAAGGC AGCGTTTTGA GGCTCTCCAA CCTGAAAGTC 
CGTATCAGGG ACCTCTGGAA TGCTTTGCTG AATGAGAACT TTGTTTTCAG CTTCAAGAAT 
ACACTGGAGA TTGCTGTGTA CAGGAAACTG GAAACTGCCT TTAGTCAGTG GACCTGGAGG 
CTGAGGAGTC ACATCTTAGA GGTACAAATG AGACTCGACA ACAGAATTCG GAACGGGGAC 
TTGCAGGAAG TCAGCAGAGC ACACCTTGAA GGGCTCGTGC AAGAGACAAG TGATGCCATC 
GTGACAGACA TGGAAAAGTA TTTCAGGGAA GACAAAGACC GTGAGATGCT GGTCCAGTGG 
AAAGGCAGCA CAGAGCTGAA GCTGAAAGAA CTAAAGGAGA ATCTTCTTCT TGAAACTCAA 
AAGAAATGTA AGAATCTCAT TGAACTGCAG AAGACCCAGA ATAAACTGGA CGCAAAGAAG 
TCGGAATATG AAGACAAGCT CCTGAGAAGG AGCAGGGAGT TGGCTCTGAC TCTGAAAGGT 
GACAACCTCA GTGAGGCACA GCTGAGAGAC AGCTTTACTT CTCTCTGGGC CAAGTGGATT 
GCTGAAGTCA CTAGTACTGC TCCCTCAATG GAATGGGTGG ATATCGATGC AGAAATAGAA 
AATGTCCTTC TGGAGCATTT TAAGGAGCCT GGTTTCCAAG AGCGGATCAG GTCATTTCCC 
AAACACGGAC AATTTCCCTT GGACTTGAAG AAACATGTCA CAAAGAAAAA GGTTTGGAAA 
AAATTATTCC AGTTAAATTT TTTCAGTGCT GATGTGAATT TGCAGGACAT CACAGACAAC 
ATCATAATGC GTGTGATGCA AAACATTGAC AAGAAGGAAC AGGAGAAACA GGATTACAGT 
CGAACCTTTA TTCATGAAAT ACTCCGTGAA GTACAGGAAG GTGTGAACTC CATCCCCAGC 
CATGCATCAT TTAGTGTTAA CAAAGATTAC ATCATAGACT TGTCTCTGTA CCTGTGCAGA 
AAGGCAGCAG AAAGGTTTAA AGCCATGCAC AAAGCGTTCC AGAAGGCAAA TGACCCGGTC 
ACATACCTGA ACAGCAAGAG AGAAGATTAC TTCATGTGTT TCCAGATGTC CTGCCAAGGA 
GCTACTTCTG TCACAGCTTT TGCTGTTTTC CTCTGTGACA AGCTTCGTCC AGCTCTTCGC 
CGGGCCGTCC GGGAGAGGAC GGCCAAAGCC ATCGCTGGAG ACATGCAGGG GAAAGTCCCA 
GATTTCCAGG GCAACAGAGC CAATCTGGAT GTTTGTATCC TGAGATTCCT GGCACAAGAA 
GAAAAGTTTC AGTATTTCAA GCAGTACCTT CGACACCCAG CAAAGTTTTT TCAGTGGTAC 
ATTGAGAAAC GCGTTGAGAG TTACTGTTTA GGTGAGAGCC GGAGGCTGGA GAGGTTTTTA 
GATTTCTCCC TTGATCTTCT CTATGAAAAC CTCCTGTCAG CTGTTACTTC ATCAACCCAA 
ACAGTCAAAG ACAGAAAAGA CAGAGAGAAC AAAATCTCTC TCTGGCTGGC TGAATTTTGC 
AGGGAACTGA CAGAGGTGAT CAACTTGCCC AGAAGTGACC TGAAGAGCCT CGAGCACCAG 
GAGATCACAG ACATCGAGTT CCTGAGCAAA GCCATGGAAG AAGCACTGCC TGCCATGAAG 
GAAGAGCTCA GGGGAGAATT TCCTGATGCT GATCTGAGCT GGTTTGAAAG GAAGCCTCAC 
AGCATCCTGG CGGAGCAGTT TTCGGGGTGC TGGGAGCAGT GTCCCTTTTG TGGGGCTGTC 
TGCACAAACA CCATGCAGGG ACACGATGGG GACCATCAGC TTCTCTTCCA TCGACCAAAT 
GCCTTGACTG GATGGTGGTT CGAGGGAACA GAAGAGCTGT ACCTTGATAT TTGTTCTACC 
AGTGTTGCAA GTGAAAATGA ATTCATCCCG CGGAATGACC AAAGTTATCC CTACAAGAGA 
TACCGGGATG CAGGACCTCC TTTCTCCAAC TGGAAGATTC TTCCCGATTC ATCCACCCAA 
GCCTACTGGA AATGGTTTGT GTCTCATTTC AGGACAGATC TAGAAACCTT GCACGGGAAG 
AAATTCCAAG GTAAAGGAGA AATCCCTGAG GCCTGGGAGA GAATTACCAA GCAGGAAGCA 
CTTGCTGAGC TGGACAAGCC TTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_027765443.1
CDS	1..5724
Translation	MSRALRAAYKALTNQSVGTTFGEELASAVEEARDFMQIVRTWEGTVDERKLLMLMDLKRDLGAKTKDPRVWINMCLSDKALQDLLVNTVRSCQESPPENSTSVKAILESLLHPHIYSVRDFPESSFVMQWIFQTDHRLPKTPRVSELEELLQTLQQMMEHIHAVTYAAGTSASAIQEAKREATLTTGLAIYSLLRSLQDRAQKDMELLLLLIATSTGYQVESGTFQHLLGHPEIQYLAEAMEVAHKQYVNLKEQDADRAEASLLLTGLTVTPQSKELSPQQKTERLVFMEAHMEGLWSTGIKNLLQKHRECKDWEMLERDLNSFISGSLEEMEDDERMQTILKDMEDTFQTSEPSSQSQSKSGASEPKANEAAANQEFLQLLKRLGLESHYPRKMGTGHFRTICKTSLLDSQPSEDQELPLHFLQKLLTVDYQVRYLTCRDGTNPGLAPVPETTEQEHEPSDSFENFLNDLEEAAPEPTSRDSHVHPMDLQMAIFHCADDFLRQSIATKLAFCQLALPLLVPTPGTAQVEFPLWALSHIKRSWKEVEKSGRQPGMRSYNNKLIHQAETPIVSFIRIGTSASSSKSHLLNALLSKQRHNTFFHRHCRGSTRECLLMAGVVEIAWYCPRGSPDDTFERCVAFCNLHGDARDHGAQLQFLQDISAVNVALVSESEHKDNRGRKLLRDLWQSQRPLVCLLTDREKVAAGQSSKTITIGIKNRNEAEMLDELTKIIRNLLEGSNPRFSLDACLDKARQHGFLVDEDRPECVTAKAKAKELVTLLKEEKLSEIKSQLLPLQGKLWHQWCKKDKELTRLQEKGNRSIEHHRSQIELDKAAIRRKQRKQAFPLNRLMKPFLGFLQSQPADTKKYFLHWMKVFMDDLSSGRLSDEINDSSIGLEHLMREVGQIYEALDLMNSKNENVVKLPQMAADLMVSGYPVELLDGDASYLPLRWVGAIFDSLIEQLGDKRVFVLSVLGLQSTGKSTLLNAMFGLQFNVSAGRCTRGAFMQLLPLDEQLQQDVGFDYVLVVDTEGLRAIEMANKQSLNHDNELATFVIGIGNVTLINIFGENPSEMQDVLQIAVQAFLRMKKVNLSPSCLFVHQNVGEVTAKEQNMEGQRRLQEKLDEMTLAAAQQESCDVSSFSDVIRFDVNTHIHYFAHLWEGNPPMAPPNPTYSHNVQQLKSKVLQAAKESQGSVLRLSNLKVRIRDLWNALLNENFVFSFKNTLEIAVYRKLETAFSQWTWRLRSHILEVQMRLDNRIRNGDLQEVSRAHLEGLVQETSDAIVTDMEKYFREDKDREMLVQWKGSTELKLKELKENLLLETQKKCKNLIELQKTQNKLDAKKSEYEDKLLRRSRELALTLKGDNLSEAQLRDSFTSLWAKWIAEVTSTAPSMEWVDIDAEIENVLLEHFKEPGFQERIRSFPKHGQFPLDLKKHVTKKKVWKKLFQLNFFSADVNLQDITDNIIMRVMQNIDKKEQEKQDYSRTFIHEILREVQEGVNSIPSHASFSVNKDYIIDLSLYLCRKAAERFKAMHKAFQKANDPVTYLNSKREDYFMCFQMSCQGATSVTAFAVFLCDKLRPALRRAVRERTAKAIAGDMQGKVPDFQGNRANLDVCILRFLAQEEKFQYFKQYLRHPAKFFQWYIEKRVESYCLGESRRLERFLDFSLDLLYENLLSAVTSSTQTVKDRKDRENKISLWLAEFCRELTEVINLPRSDLKSLEHQEITDIEFLSKAMEEALPAMKEELRGEFPDADLSWFERKPHSILAEQFSGCWEQCPFCGAVCTNTMQGHDGDHQLLFHRPNALTGWWFEGTEELYLDICSTSVASENEFIPRNDQSYPYKRYRDAGPPFSNWKILPDSSTQAYWKWFVSHFRTDLETLHGKKFQGKGEIPEAWERITKQEALAELDKP

Target ORF information:

RefSeq Version	XM_027909642.1
Organism	Empidonax traillii(willow flycatcher)
Definition	Empidonax traillii interferon-induced very large GTPase 1-like (LOC114071786), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_027909642.1

ORF Insert Sequence:

ATGAGCCGCG CCCTCAGGGC TGCGTACAAA GCGCTGACGA ATCAGAGCGT CGGCACCACC 
TTTGGAGAGG AACTGGCCAG TGCAGTGGAA GAGGCCAGAG ATTTCATGCA GATTGTGAGG 
ACCTGGGAGG GGACGGTGGA TGAAAGGAAA CTGCTCATGC TGATGGATCT GAAACGGGAT 
CTGGGTGCAA AGACCAAGGA CCCCAGAGTC TGGATCAACA TGTGCCTGTC GGACAAAGCC 
CTGCAGGACC TCCTGGTGAA CACCGTGAGG AGTTGCCAGG AGTCACCTCC AGAAAACTCC 
ACCTCTGTCA AGGCAATCTT GGAGAGCCTC CTGCATCCTC ATATCTATTC TGTCAGGGAC 
TTCCCCGAGT CTTCCTTCGT TATGCAATGG ATCTTCCAGA CTGACCACAG GCTTCCCAAA 
ACTCCCAGGG TCTCTGAACT TGAAGAGCTC CTGCAGACAC TGCAGCAAAT GATGGAGCAC 
ATCCATGCTG TCACCTACGC AGCAGGAACC TCTGCTTCTG CCATCCAGGA AGCAAAGAGA 
GAAGCCACCC TGACCACAGG CCTCGCAATT TATTCCTTAC TCCGGTCTCT CCAGGACAGG 
GCTCAGAAGG ACATGGAACT CCTGCTGCTC TTAATTGCGA CCAGCACAGG GTACCAGGTG 
GAAAGTGGCA CTTTTCAGCA CCTCCTTGGC CACCCAGAAA TTCAGTACCT GGCAGAGGCA 
ATGGAGGTGG CACACAAGCA GTATGTGAAT CTGAAGGAGC AAGATGCTGA CAGAGCTGAG 
GCCTCCCTTC TGCTGACGGG TCTGACCGTC ACACCCCAAA GCAAAGAGCT GTCCCCGCAG 
CAGAAGACGG AGCGTTTAGT TTTCATGGAA GCTCACATGG AAGGCTTGTG GTCCACAGGG 
ATAAAGAATC TCCTCCAGAA GCACAGGGAG TGCAAAGACT GGGAGATGCT GGAGCGTGAC 
TTGAATTCCT TCATCAGTGG GAGCTTGGAG GAAATGGAGG ATGATGAGAG GATGCAGACC 
ATACTCAAAG ACATGGAAGA CACTTTCCAA ACAAGTGAGC CTTCCAGTCA GTCCCAATCC 
AAGTCAGGTG CCAGTGAACC CAAAGCAAAT GAAGCCGCTG CAAACCAAGA GTTCCTCCAG 
TTGCTCAAGC GCCTTGGACT AGAAAGTCAC TATCCAAGAA AAATGGGGAC GGGACATTTC 
CGCACCATCT GCAAGACATC TCTGCTCGAC AGCCAGCCCA GCGAGGACCA GGAACTGCCA 
CTTCACTTCT TGCAGAAGCT CTTAACCGTG GATTATCAGG TGAGGTACTT GACTTGCAGG 
GATGGGACTA ACCCAGGACT TGCCCCCGTG CCAGAAACCA CCGAGCAGGA GCACGAACCC 
TCAGACTCCT TTGAAAACTT TCTAAATGAT TTGGAGGAAG CAGCCCCTGA ACCTACAAGC 
AGGGACAGCC ACGTGCACCC CATGGACCTC CAGATGGCAA TTTTCCACTG TGCTGATGAC 
TTCTTGAGAC AGTCCATTGC AACCAAGCTC GCCTTCTGCC AACTGGCGCT GCCTCTGCTG 
GTGCCCACGC CGGGCACTGC CCAGGTCGAG TTCCCGCTCT GGGCCCTCAG CCACATCAAA 
AGGAGCTGGA AAGAGGTGGA GAAGTCGGGA CGGCAGCCCG GAATGCGCAG TTACAACAAC 
AAACTCATTC ACCAGGCAGA GACGCCCATC GTGTCCTTCA TCCGCATCGG CACCTCTGCC 
TCCTCTTCCA AGTCCCACCT CCTCAATGCT CTGCTGAGCA AACAAAGACA CAACACTTTT 
TTCCACCGCC ATTGCCGAGG CAGCACCAGA GAGTGTTTGC TGATGGCAGG TGTTGTGGAG 
ATCGCCTGGT ACTGTCCCCG GGGAAGCCCC GATGACACCT TTGAGCGCTG TGTGGCTTTC 
TGTAACCTGC ATGGAGACGC CAGGGATCAC GGAGCGCAGC TGCAGTTCCT GCAGGACATC 
TCTGCTGTGA ACGTGGCTCT TGTATCCGAG TCTGAGCACA AGGACAACAG AGGGAGAAAG 
CTGCTGCGTG ACCTGTGGCA GTCACAAAGG CCCCTGGTTT GTCTTCTCAC TGACAGAGAG 
AAGGTTGCAG CTGGACAATC CAGCAAAACC ATAACAATAG GGATCAAGAA CAGGAACGAA 
GCAGAAATGT TGGACGAGCT CACCAAAATA ATCAGGAATC TCCTGGAAGG GTCCAACCCA 
CGTTTCAGCC TGGACGCCTG CCTGGACAAA GCTCGCCAGC ACGGATTCTT GGTGGATGAA 
GATCGACCCG AGTGTGTGAC AGCCAAAGCA AAGGCAAAGG AGCTGGTGAC CCTTCTGAAG 
GAAGAGAAGC TGTCTGAGAT CAAATCCCAG CTCCTGCCTC TTCAAGGAAA ACTGTGGCAC 
CAGTGGTGCA AAAAGGACAA AGAACTCACT CGCTTGCAGG AGAAGGGGAA CAGGAGCATC 
GAGCACCATC GGAGCCAAAT TGAATTAGAC AAGGCAGCAA TAAGAAGAAA GCAACGAAAG 
CAAGCTTTCC CTCTCAATCG GCTGATGAAA CCATTCCTTG GCTTCCTCCA GTCACAGCCA 
GCAGATACCA AGAAATACTT CCTGCACTGG ATGAAGGTCT TCATGGATGA CCTGTCCTCT 
GGTCGCCTCT CTGATGAAAT CAATGATTCA TCCATTGGCC TGGAGCACCT TATGAGAGAG 
GTAGGGCAGA TCTATGAAGC TCTGGACTTA ATGAACTCAA AGAATGAAAA TGTTGTCAAA 
CTGCCCCAAA TGGCAGCAGA TCTGATGGTT TCGGGGTATC CCGTGGAGCT GTTGGATGGG 
GACGCTTCTT ACCTGCCCTT GCGCTGGGTG GGAGCAATCT TTGACAGCCT AATTGAGCAG 
CTGGGGGACA AACGAGTGTT TGTTCTCTCC GTGCTCGGCC TCCAGAGCAC AGGGAAGTCA 
ACCCTGCTGA ATGCCATGTT TGGGCTGCAG TTCAACGTCA GCGCGGGGAG ATGCACCCGC 
GGAGCGTTCA TGCAGCTCCT TCCACTGGAC GAGCAGCTGC AGCAGGACGT GGGCTTTGAT 
TATGTGCTGG TTGTTGACAC AGAGGGGCTT CGTGCCATAG AGATGGCCAA TAAACAGTCC 
CTGAATCACG ACAACGAGCT GGCCACCTTT GTCATCGGCA TCGGCAACGT GACCCTGATC 
AACATCTTCG GGGAAAATCC CTCGGAAATG CAGGACGTTC TTCAGATCGC CGTGCAGGCT 
TTCCTGAGGA TGAAGAAAGT GAATCTTTCC CCCAGCTGCC TCTTTGTCCA CCAAAACGTG 
GGAGAAGTTA CTGCCAAGGA GCAGAACATG GAAGGACAAA GACGTTTGCA GGAGAAGCTG 
GATGAAATGA CCCTGGCAGC TGCCCAGCAG GAATCCTGTG ACGTCTCCTC CTTCAGCGAC 
GTCATCCGCT TTGACGTGAA CACCCACATT CACTACTTTG CTCACCTGTG GGAAGGAAAC 
CCCCCAATGG CGCCACCCAA CCCCACCTAC AGCCACAACG TCCAGCAGCT CAAGAGCAAA 
GTTCTCCAGG CTGCCAAGGA GTCACAAGGC AGCGTTTTGA GGCTCTCCAA CCTGAAAGTC 
CGTATCAGGG ACCTCTGGAA TGCTTTGCTG AATGAGAACT TTGTTTTCAG CTTCAAGAAT 
ACACTGGAGA TTGCTGTGTA CAGGAAACTG GAAACTGCCT TTAGTCAGTG GACCTGGAGG 
CTGAGGAGTC ACATCTTAGA GGTACAAATG AGACTCGACA ACAGAATTCG GAACGGGGAC 
TTGCAGGAAG TCAGCAGAGC ACACCTTGAA GGGCTCGTGC AAGAGACAAG TGATGCCATC 
GTGACAGACA TGGAAAAGTA TTTCAGGGAA GACAAAGACC GTGAGATGCT GGTCCAGTGG 
AAAGGCAGCA CAGAGCTGAA GCTGAAAGAA CTAAAGGAGA ATCTTCTTCT TGAAACTCAA 
AAGAAATGTA AGAATCTCAT TGAACTGCAG AAGACCCAGA ATAAACTGGA CGCAAAGAAG 
TCGGAATATG AAGACAAGCT CCTGAGAAGG AGCAGGGAGT TGGCTCTGAC TCTGAAAGGT 
GACAACCTCA GTGAGGCACA GCTGAGAGAC AGCTTTACTT CTCTCTGGGC CAAGTGGATT 
GCTGAAGTCA CTAGTACTGC TCCCTCAATG GAATGGGTGG ATATCGATGC AGAAATAGAA 
AATGTCCTTC TGGAGCATTT TAAGGAGCCT GGTTTCCAAG AGCGGATCAG GTCATTTCCC 
AAACACGGAC AATTTCCCTT GGACTTGAAG AAACATGTCA CAAAGAAAAA GGTTTGGAAA 
AAATTATTCC AGTTAAATTT TTTCAGTGCT GATGTGAATT TGCAGGACAT CACAGACAAC 
ATCATAATGC GTGTGATGCA AAACATTGAC AAGAAGGAAC AGGAGAAACA GGATTACAGT 
CGAACCTTTA TTCATGAAAT ACTCCGTGAA GTACAGGAAG GTGTGAACTC CATCCCCAGC 
CATGCATCAT TTAGTGTTAA CAAAGATTAC ATCATAGACT TGTCTCTGTA CCTGTGCAGA 
AAGGCAGCAG AAAGGTTTAA AGCCATGCAC AAAGCGTTCC AGAAGGCAAA TGACCCGGTC 
ACATACCTGA ACAGCAAGAG AGAAGATTAC TTCATGTGTT TCCAGATGTC CTGCCAAGGA 
GCTACTTCTG TCACAGCTTT TGCTGTTTTC CTCTGTGACA AGCTTCGTCC AGCTCTTCGC 
CGGGCCGTCC GGGAGAGGAC GGCCAAAGCC ATCGCTGGAG ACATGCAGGG GAAAGTCCCA 
GATTTCCAGG GCAACAGAGC CAATCTGGAT GTTTGTATCC TGAGATTCCT GGCACAAGAA 
GAAAAGTTTC AGTATTTCAA GCAGTACCTT CGACACCCAG CAAAGTTTTT TCAGTGGTAC 
ATTGAGAAAC GCGTTGAGAG TTACTGTTTA GGTGAGAGCC GGAGGCTGGA GAGGTTTTTA 
GATTTCTCCC TTGATCTTCT CTATGAAAAC CTCCTGTCAG CTGTTACTTC ATCAACCCAA 
ACAGTCAAAG ACAGAAAAGA CAGAGAGAAC AAAATCTCTC TCTGGCTGGC TGAATTTTGC 
AGGGAACTGA CAGAGGTGAT CAACTTGCCC AGAAGTGACC TGAAGAGCCT CGAGCACCAG 
GAGATCACAG ACATCGAGTT CCTGAGCAAA GCCATGGAAG AAGCACTGCC TGCCATGAAG 
GAAGAGCTCA GGGGAGAATT TCCTGATGCT GATCTGAGCT GGTTTGAAAG GAAGCCTCAC 
AGCATCCTGG CGGAGCAGTT TTCGGGGTGC TGGGAGCAGT GTCCCTTTTG TGGGGCTGTC 
TGCACAAACA CCATGCAGGG ACACGATGGG GACCATCAGC TTCTCTTCCA TCGACCAAAT 
GCCTTGACTG GATGGTGGTT CGAGGGAACA GAAGAGCTGT ACCTTGATAT TTGTTCTACC 
AGTGTTGCAA GTGAAAATGA ATTCATCCCG CGGAATGACC AAAGTTATCC CTACAAGAGA 
TACCGGGATG CAGGACCTCC TTTCTCCAAC TGGAAGATTC TTCCCGATTC ATCCACCCAA 
GCCTACTGGA AATGGTTTGT GTCTCATTTC AGGACAGATC TAGAAACCTT GCACGGGAAG 
AAATTCCAAG GTAAAGGAGA AATCCCTGAG GCCTGGGAGA GAATTACCAA GCAGGAAGCA 
CTTGCTGAGC TGGACAAGCC TTAG